Specifically designed for the efficient, synchronized fastening of products with multiple screw holes. When dealing with assembly tasks involving densely packed screw holes and large production volumes, traditional single-axis or manual fastening methods are inefficient and come with high labor costs. The HCD-201 multi-axis automatic screwdriver offers an efficient, mass-production solution for such challenges. The equipment features a modular multi-driver-head design; the number of axes can be customized according to the number of screw holes on the product. Torque is transmitted via universal drive shafts, enabling the simultaneous or sequential fastening of all screws on the product in one go. This makes it an ideal automated device for significantly boosting production capacity and achieving "one operator replacing multiple workers."

HCD-201 Series Multi-Axis Automatic Screw Locking Machine

Core strengths: Multi-axis synchronization, expert-level mass production
1. Multi-axis synchronization, a leap in efficiency
By adopting a customized multi-axis tightening system, it’s possible to complete the fastening of multiple screw holes on a product in a single operation. The fastening time per individual product is extremely short, making this system particularly suitable for products with a large number of screws arranged in a concentrated pattern—efficiency gains are measured in multiples.
2. Flexible adjustment, high compatibility
The electric screwdriver is connected via a high-precision universal drive shaft, and the position and angle of the fastening head can be flexibly adjusted according to the hole positions on the product. For product families with similar structures and fixed hole layouts, tooling changes and driver head position adjustments can be completed quickly, enabling rapid production line conversions.
3. Real-time monitoring, poor positioning
The equipment monitors in real time the torque, angle, and other status parameters of each electric screwdriver. Once abnormalities such as stripped screws or missed fasteners occur, the system immediately triggers an audible and visual alarm and precisely indicates the location of the defective screws on the human-machine interface, facilitating rapid troubleshooting and repair.
4. Simple and practical, quick deployment
The equipment features a compact structure and an intuitive operation interface. It employs a mature feeding system—either blow-type or suction-type—and can be tailored to the optimal solution based on screw specifications. The machine is easy to unpack and use, allowing it to be quickly integrated into production lines and lowering the barrier to automation adoption.

Why choose HCD-201?
The HCD-201 series is a powerful tool designed specifically for mass production, freeing you from the labor-intensive and repetitive task of tightening multiple screws.
1. Directly reduce labor costs: One piece of equipment can replace multiple skilled workers, enabling a rapid return on investment.
2. Ensure consistent quality: Automated tightening eliminates quality fluctuations caused by human fatigue, and the torque of each screw is precisely controllable.
3. Increase production takt time: Simultaneously tighten multiple screws, minimizing the assembly time per unit to the absolute limit.
4. Providing customized solutions: Based on your physical product or drawings, we’ll tailor the optimal number of axes, layout, and feeding solution for you, ensuring that the equipment is highly compatible with your product.

We specialize in delivering: a multi-axis fastening device that perfectly matches your product, a set of precise and reliable positioning fixtures, and training that ensures you can operate it independently.

Typical application scenarios
This device is specifically designed for scenarios requiring high efficiency and large-scale screw fastening:
1. Electronic products: PCB board fixing, heatsink installation, and securing router/switch housings.
2. Home appliance products: electrical control boxes, power modules, and small motor end covers.
3. Automotive components: headlight assemblies, sensor housings, and small controllers.
4. Metal and plastic parts: Multi-hole connections for mold nameplates, panels, cover plates, and other components.
Assembly of any products with dense screw hole positions and large production volumes.

We welcome you to provide product samples or drawings to receive exclusive shaft configuration and quotation!

• 落地XY平台自动锁螺丝机